In aquatic habitats, micro‐organisms successfully adhere to and mediate particles, thus
changing the erosive response of fine sediments to hydrodynamic forcing by secreting glue …

Recent results continue to show the general consensus that ozone-related increases in UV-
B radiation can negatively influence many aquatic species and aquatic ecosystems (eg …

The heterotrophic utilization of organic substrates by diatoms is likely an important survival
strategy when light levels are too low for photosynthesis. The objectives of this study …

It is recognized that microorganisms inhabiting natural sediments significantly mediate the
erosive response of the bed (“ecosystem engineers”) through the secretion of naturally …

An abnormally high concentration of organic matter (OM) in Lake Hulun, a large shallow
eutrophic lake located in the sparsely populated Hulun Buir Steppe, was observed in a field …

This study evaluated how the availability of nutrients and organic carbon interact to influence
the associations between autotrophic and heterotrophic micro‐organisms during lake biofilm …

The impacts of different nutrient additions (N+ P, N+ P+ C, 4N+ P, 4N+ P+ C, N+ 2P) on the
growth of algae and bacteria were studied in a microcosm experiment. Since alkaline …

Both temperature and terrestrial organic matter have strong impacts on aquatic food‐web
dynamics and production. Temperature affects vital rates of all organisms, and terrestrial …

Dissolved organic carbon (DOC) production, consumption, and quality displayed differences
after long‐term (~ 55 years) hydrological alterations in a poor fen peatland in northern …

In aquatic ecosystems, phytoplanktonic organisms are the major primary producers and
bacteria the major decomposers. The interactions between phytoplankton and bacteria may …